Dynamic robotic fibers: liquid crystal elastomers for programmable and reversible shape-changing behaviors

HIGHLIGHTS

  • who: Amy Winters from the CHI u2019, Extended Abstracts, April, u2013May, New Orleans, LA, USAEindhoven University of Technology have published the research: Dynamic Robotic Fibers: Liquid Crystal Elastomers for Programmable and Reversible Shape-Changing Behaviors, in the Journal: (JOURNAL)
  • what: In this late-breaking work, the authors aim to ofer three contributions, a.) the control of an electro-thermal responsive LCE fber, b.) directions for soft robotic device integration c.) early-stage insights into fber shape-changing behavior towards application. The authors aimed to gauge initial perceptions of the fber from a mechanical engineer and . . .

     

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